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Additional Material. Page A1. Small x and Diffraction , 28-30 March 2007, Fermilab. Bernd L öhr, DESY. Page A2. Small x and Diffraction , 28-30 March 2007, Fermilab. Bernd L öhr, DESY. Page A3. Small x and Diffraction , 28-30 March 2007, Fermilab. Bernd L öhr, DESY. Page A4.
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Page A1 Small x and Diffraction , 28-30 March 2007, Fermilab Bernd Löhr, DESY
Page A2 Small x and Diffraction , 28-30 March 2007, Fermilab Bernd Löhr, DESY
Page A3 Small x and Diffraction , 28-30 March 2007, Fermilab Bernd Löhr, DESY
Page A4 Small x and Diffraction , 28-30 March 2007, Fermilab Bernd Löhr, DESY
The ZEUS MX-Analysis II Demonstration that MX can be measured reliably Nondiffractive contribution from DJANGOH has logarithmic slope Nondiffractive contribution from REGGEON exchange has logarithmic slope Page A5 Small x and Diffraction , 28-30 March 2007, Fermilab Bernd Löhr, DESY
Comparison of Results from ZEUS LRG 00 with H1 LRG xIP = 0.003 xIP = 0.01 ZEUS LRG 00 (prel.), H1 LRG ZEUS LRG 00 (prel.), H1 LRG The ZEUS LRG 00 data are normalized to the H1 LRG data Page A6 Small x and Diffraction , 28-30 March 2007, Fermilab Bernd Löhr, DESY
ZEUS points transported to H1 binning with BEKW-fit, only if correction <1.3 xIP Page A7 Bernd Löhr Monday Meeting 12.3.2007
Bernd Löhr Monday Meeting 12.3.2007 Page A8
Regge-Fit to LRG compared with MX-Data The fit curve is the Pomeron contribution from the Regge-Fit to the LRG data Page A9 Small x and Diffraction , 28-30 March 2007, Fermilab Bernd Löhr, DESY
Regge-Fit to LRG Data Page A10 Small x and Diffraction , 28-30 March 2007, Fermilab Bernd Löhr, DESY
MX – dependence of the diffractive cross-section at constant W Mx 89-99 Q2ds/dMX shows a rapid variation with Q2 at low MX . Q2ds/dMX tends towardsa common value at higher MX . Mx 00 This kind of scaling behaviour is reached only at higher MX for higher Q2 when MX2 becomes of the order of Q2 . Page A11 Small x and Diffraction , 28-30 March 2007, Fermilab Bernd Löhr, DESY
Comparison of MX – Results from H1 and ZEUS H1 MX data 2006 ZEUS MX I data 2005 The ZEUS data have been renormalized by a factor 0.86 so that they correspond to MN=1.6 GeV as for the H1 data Page A12 Small x and Diffraction , 28-30 March 2007, Fermilab Bernd Löhr, DESY